GCLAB is a leading innovator in advanced control systems and signal processing technologies. With unmatched expertise across electronic, software, algorithmic, and system design, we deliver versatile and high-performance solutions tailored for demanding applications. Our capabilities span precision analog circuit design, high-safety and high-reliability systems, and the development of sophisticated control and estimation algorithms. Product Portfolio Highlights: • Inertial Measurement Units (IMU) • Inertial Navigation Systems (INS) • North Finder • Multi-Axis Gyroscope Modules • Dual-Antenna GNSS Modules • Shot Detection and Analysis System • On-board Computer • Thermoelectric Cooler Controller
The GCIMU01 is a compact, reliable and affordable IMU designed for platforms that require fundamental guidance, navigation, and stabilization capabilities without the complexity or expense of tactical-grade systems. Powered by MEMS-based sensor technology, GCIMU01 provides accurate acceleration and angular rate measurements while maintaining a minimal size, weight, power and cost. Its robust construction ensures reliable, maintenance-free operation across a wide range of environmental conditions.
GCIMU02 is a family of high-precision tactical grade Inertial Measurement Units (IMUs) that utilize advanced MEMS-based sensor technology. Designed for demanding guidance, control, and navigation applications, GCIMU02 offers a cost-effective and compact alternative to traditional fiber-optic and ring laser gyroscope-based IMUs—delivering comparable accuracy with significantly reduced size, weight, power consumption, and cost. GCIMU02 is ideal for integration into a wide range of systems, including aerial, land, naval, and underwater platforms, where precise motion sensing and stabilization are critic.
GCINS01 Integrated Inertial Navigation System is an extremely small form factor, lightweight, low power, cost effective and a complete navigation system with a wide variety of uses in the industry, especially in applications where the continuity of navigation information is important. It contains GCIMU01 and GNSS receiver. It also contains an interface to receive and process external odometer signals
GCINS02 Integrated Inertial Navigation System is a compact and lightweight solution designed for applications requiring continuous and reliable navigation data. It incorporates GCLAB’s high-performance GCIMU02, one or two GNSS receivers and an interface for external odometer input. Leveraging GCLAB’s advanced expertise in estimation theory, GCINS02 effectively fuses data from all sensors to ensure robust performance even in GNSS-denied environments. The system supports RTK positioning and, when equipped with dual GNSS receivers, provides accurate heading estimation.
This advanced Inertial Measurement Unit (IMU) is engineered to deliver accurate and reliable navigation data in challenging environments where GNSS signals are weak, unavailable, or intentionally jammed or spoofed. The system ensures uninterrupted positioning and attitude information by relying solely on internal sensors, making it an ideal solution for critical missions and autonomous operations.
The GCNF01 is a high-performance GNSS module designed to deliver precise position and heading data for today’s most demanding navigation and control applications. Built around a dual-antenna architecture, it ensures superior heading accuracy, even in motion—making it the ideal solution for platforms requiring precise orientation in dynamic environments.
The GCIMU02-ETC is a tactical-grade Inertial Measurement Unit (IMU) that combines high-performance MEMS sensor technology with a robust EtherCAT communication interface. Designed for mission-critical applications, it delivers precise motion sensing for guidance, control, navigation, and stabilization across a wide range of platforms.
The GC3DG02 series represents a family of high-precision MEMS gyroscopes available in 1, 2, or 3-axis configurations, designed to deliver accurate guidance, control, stabilization, and navigation across a wide range of demanding applications.
The Shot Counting and Analyzing System is designed to serve as the black box of firearm systems. It minimizes the risk of accidents caused by barrel fatigue, while supporting precise lifecycle estimation and maintenance planning. Ideal for modern military and defense platforms, this compact system enhances weapon reliability, traceability, and operational safety.
This electronic fuze is developed in full compliance with STANAG 4187 for air-delivered munitions, featuring high safety and reliability. The electronic fuze is designed in accordance with the following principles: • Simplified design • Proven components and design history • Derating practices • Redundant architecture
The Vision-Aided Navigation System provides a highly accurate and reliable navigation solution by generating real-time position, orientation, and velocity data through the use of cameras and inertial sensors, particularly in environments where GPS signals are unavailable due to jamming or spoofing.
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